Electro-Mechanical Engineer I

Job Store Staffing; Broomfield (CO); Hybrid; USD 69,000 - 103,000; Full time

Job summary

Job Store Staffing is seeking an entry-level Electro-Mechanical Engineer I to join our client's Motorization New Product Development (NPD) team in Broomfield, CO. The Electro-Mechanical Engineer I is a cross-functional role provides hands-on mechanical, electrical, and systems test engineering support for automated, motorized products.

The position involves prototyping, testing, CAD updates in SolidWorks, PCB support in Altium, and Python scripting, with a degree in ME/EE or Engineering

Qualifications

• 0–3 years of relevant experience (academic capstone projects, internships, or co-ops strongly considered).
• Bachelor's degree in Mechanical or Electrical Engineering, or Associate's in Engineering Technology with hands-on experience.

Responsibilities

• Prototyping and fixture development for test setups and prototypes.
• Set up and execute mechanical and electro-mechanical test plans.
• Review drawings and perform minor CAD updates in SolidWorks.

Skills

Electrical basics

Mechanical fundamentals

Python scripting

C/C++ familiarity

Education

Bachelor's degree in ME or EE

Associate's degree in Engineering Technology

Tools

SolidWorks

Altium Designer

Linux

Job description

Job Store Staffing is seeking an entry-level Electro-Mechanical Engineer I to join our client's Motorization New Product Development (NPD) team in Broomfield, CO. The Electro-Mechanical Engineer I is a cross-functional role provides hands-on mechanical, electrical, and systems test engineering support for automated, motorized products.

Electro-Mechanical Engineer I

Location: Broomfield, CO

Employment Type: (3-6 month temporary contract period with potential to transition into a full-time role)

Pay Rate: $50.00 – $75.00

Schedule: Flexible First Shift - Onsite Monday through Thursday (8:00 AM - 5:00 PM), Remote Friday

Key Responsibilities

• Prototyping & Fixtures: Build, modify, and repair prototype mechanisms, test fixtures, and test setups using hand tools, basic machine shop tools (lathe, end mill), and 3D printers.
• Testing & Execution: Set up and run mechanical and electro-mechanical test plans (cycling, torque, acoustic, and life-cycle tests) using multimeters, oscilloscopes, torque gauges, and DAQ equipment.
• CAD & Minor Design: Review engineering drawings and 3D CAD models (SolidWorks), make minor CAD updates, and take precise dimensional measurements using calipers and gauges.
• Electrical & PCB Support: Perform basic electrical setup, build test harnesses, and support small schematic or layout tweaks in Altium under senior EE guidance.
• Troubleshooting & RCA: Support Root Cause Analysis (RCA), FMEA, and reliability investigations on prototype, production, and field-return units.
• Defect Tracking & Scripting: Log test results, track defects in Jira, and assist in writing automated test scripts in Python.
• Documentation & BOMs: Generate and maintain Bills of Materials (BOMs) for prototype hardware and document findings in clear technical reports.

Education & Experience

• Degree: Bachelor's degree in Mechanical Engineering, Electrical Engineering, or a related field; OR an Associate's degree in Engineering Technology with equivalent hands-on experience.
• Experience: 0 to 3 years of relevant experience (academic capstone projects, internships, and co-ops strongly considered).

Technical Skills & Knowledge

• Engineering Fundamentals: Solid understanding of statics, basic electrical circuits, and electro-mechanical mechanisms (gears, clutches, pulleys, etc.).
• Embedded Systems Awareness: Basic familiarity with how motors, sensors, PCBs, firmware, and wireless communications integrate within an embedded device.
• Software & Scripting: Basic Python scripting capabilities and comfort working in Linux-based environments; familiarity reading C-based code (C/C++) to follow embedded firmware logic.
• Tools & Design: Exposure to SolidWorks (or similar 3D CAD) and Altium Designer (or similar EDA software) through coursework, internships, or personal projects. Hands-on familiarity with benchtop lab equipment (oscilloscopes, multimeters, torque gauges) and hand tools.

Personal Attributes

• Strong critical thinking skills with an eager, curious approach to problem-solving.
• Clear written and verbal communication skills for presenting findings to technical teams and leadership.
• Ability to work safely and collaboratively across cross-functional engineering teams.

Work Environment & Physical Demands

• Split Environment: Split between office/lab environments (~40-50%) and shop/production areas (~50-60%).
• Physical Tasks: Regular use of hand tools, assembling test fixtures, standing/walking between lab spaces, and occasional lifting/carrying of test hardware.
• Travel: Up to 10% travel to production sites or vendors as needed.